Vibration and sound are the sha** matrix of the entire universe. Everything in nature is
shaped by energy vibrating and communicating through its own sound trail. Every cell within …

Recent advances in the study of quantum vibrations and rotations in the fundamental
hydrogen molecules are reported. Using the deuterium molecules (D2+ and D2) as …

We present an implementation of the time-dependent configuration-interaction singles
(TDCIS) method for treating atomic strong-field processes. In order to absorb the …

Fully differential data for H 2 dissociation in ultrashort (6 fs, 760 nm), linearly polarized,
intense (0.44 PW/cm 2) laser pulses with a stabilized carrier-envelope phase (CEP) were …

We observe fragmentation of H 2 molecules exposed to strong laser fields into excited
neutral atoms. The measured excited neutral fragment spectrum resembles the ionic …

Coulomb explosion imaging is proposed as a method to directly map the presence of
conical intersections encountered by a propagating wave packet in a molecular system. The …

Atomic and molecular ions generated by a strong optical laser pulse are not in general in the
electronic ground state. The density matrix for such ions is characterized by the electronic …

By combining carrier-envelope phase (CEP) stable light fields and the traditional method of
optical pump-probe spectroscopy we study electron localization in dissociating H 2+ …

We studied the nuclear dynamics in diatomic molecules (N 2, O 2, and CO) following their
interaction with intense near-IR few-cycle laser pulses. Using Coulomb-explosion imaging in …

An elementary molecular process can be characterized by the flow of particles (ie, electrons
and nuclei) that compose the system. The flow, in turn, is quantitatively described by the flux …